Multifunctional socket

ABSTRACT

A multifunctional socket comprises a main socket module (5) and at least two functional device modules. The functional device modules and the main socket module (5) can be assembled in any manner. At least one of the functional device modules is detachably connected to the main socket module (5). Adjacent functional device modules are detachably connected. At least one of the functional device modules and the main socket module (5) are electrically connected. The adjacent functional device modules are electrically connected. The multifunctional socket enables at least two functional device modules to be integrated into a single device, such that a user can use the components separately or combine the same in any fashion, thereby meeting the needs of the user.

CROSS-REFERENCE TO RELATED APPLICATIONS

This application is a divisional application of U.S. patent applicationSer. No. 15/921,631, filed on Mar. 14, 2018, which is a continuation ofInternational Application No. PCT/CN2017/087660, filed on Jun. 9, 2017.The International Application claims priority to Chinese PatentApplication No. 20162068947.7, filed on Jul. 1, 2016. All of theaforementioned patent applications are hereby incorporated by referencein their entireties.

TECHNICAL FIELD

The present disclosure relates to the technical field of electricalappliances, in particular to a multifunctional socket.

BACKGROUND

At present, the function of the socket on the market is relativelysimple. One socket cannot satisfy users who need to use a variety ofdevices, thus cannot meet the growing human needs.

SUMMARY

The main purpose of the present disclosure is to provide amultifunctional socket which is intended to achieve a plurality offunctional device modules to be integrated into a single device, suchthat a user can use the components separately or combine the same in anyfashion. In order to achieve the above purpose, the present disclosureprovides a multifunctional socket, including a main socket module and atleast two functional device modules, the functional device modules andthe main socket module can be assembled in any manner, at least one ofthe functional device modules is detachably connected to the main socketmodule, adjacent functional device modules are detachably connected, atleast one of the functional device modules and the main socket moduleare electrically connected, and the adjacent functional device modulesare electrically connected.

Further, the at least one of the functional device modules is connectedto the main socket module through magnetic attraction, and the adjacentfunctional device modules are connected through magnetic attraction.

Further, the at least one of the functional device modules iselectrically connected to the main socket module through a connector,and the adjacent functional device modules are electrically connectedthrough a connector.

Further, the main socket module and/or the at least one of thefunctional device modules are provided with an independent rechargeablebattery and a charging port.

Further, the main socket module and/or the at least one of thefunctional device modules are both provided with wireless modulesinside.

Further, a side wall of the main socket module is provided with awirelessly connected start button, a plurality of USB interfaces, and aplurality of power supply jacks.

Further, the functional device module and the main socket module arestacked, and the main socket module is located at a bottom of themultifunctional socket.

Further, the connector comprises a slot and a pin, the pin is located atan axial center of the main socket module and the slot is located at anaxial center of the functional device module.

Further, the functional device module includes a wireless chargingmodule, and the wireless charging module includes a wireless chargingbase.

Further, a top or a peripheral side of the wireless charging module isprovided with a slot, and the wireless charging base is arranged in theslot.

Further, a peripheral side of the wireless charging module is providedwith a slide rail, a storage member is slidably arranged on the sliderail, the storage member is provided with a storage compartment, and thewireless charging base is arranged on a bottom surface of the storagecompartment.

Further, the wireless charging module is provided with a magneticmember.

Further, the functional device module further includes a router module,a Bluetooth speaker module and a lighting module.

Further, the multifunctional socket further includes a base, at leastone of the main socket modules and/or the functional device module isdetachably connected to the base.

In the technical solution of the present disclosure, the adjacentfunctional device modules and the functional device modules aredetachably connected to the main socket module, and the functionaldevice modules and the main socket module are assembled in any manner,such that the at least two functional device modules are integrated intoa single device and the user can use the components separately orcombine the same in any fashion, thereby meeting the needs of the user.

BRIEF DESCRIPTION OF DRAWINGS

In order to illustrate the embodiments of the present disclosure or thetechnical solutions of the prior art more clearly, the following will bethe brief introduction of the accompanying drawings required in theembodiments or in the description of the prior art. Apparently, theaccompanying drawings described below are only some embodiments of thepresent disclosure. Other accompanying drawings can be obtained by thoseskilled in the art without inventive labor according to the structuresshown in the accompanying drawings.

FIG. 1 is a structural diagram of an exploded structure of amultifunctional socket according to a first embodiment of the presentdisclosure;

FIG. 2 is a structural diagram of an exploded structure of a first kindof multifunctional socket according to a second embodiment of thepresent disclosure; (a wireless charging module using a chargingstructure 1)

FIG. 3 is a structural diagram of an exploded structure of a second kindof multifunctional socket according to the second embodiment of thepresent disclosure; (a wireless charging module using a chargingstructure 2)

FIG. 4 is a structural diagram of an exploded structure of a third kindof a multifunctional socket according to the second embodiment of thepresent disclosure; (a wireless charging module using a chargingstructure shown in FIG. 1)

FIG. 5 is a structural diagram of another exploded structure of themultifunctional socket shown in FIG. 2; (the wireless charging moduleusing the charging structure 1)

FIG. 6 is a structural diagram of another exploded structure of themultifunctional socket shown in FIG. 3. (the wireless charging moduleusing the charging structure 2)

REFERENCE SIGNS OF THE PRESENT DISCLOSURE

Wireless charging module 1 Lighting module 2 Bluetooth speaker module 3Router module 4 Main socket module 5 Wireless charging silicone pad 11Wireless charging base 12 Slot 13 Visual window 14 Storage member 15Storage compartment 16 Transparent cover 21 Lamp body 22 Wirelessconnection starting button 51 USB interface 52 Power supply jack 53

The achievement of the purpose, functional features and advantages ofthe present disclosure will be further illustrated in combination withthe embodiments and with reference to the accompanying drawings.

DESCRIPTION OF EMBODIMENTS

The technical solutions of the embodiments of the present disclosurewill be clearly and completely described below with referring to theaccompanying drawings in the embodiments of the present disclosure.Apparently, the described embodiments are part of the embodiments of thepresent disclosure, rather than all of the embodiments. Based on theembodiments of the present disclosure, all other embodiments obtained bythose skilled in the art without inventive labor are within theprotection scope of the present disclosure.

It should be noted that all the directional indicators (such as up,down, left, right, front, rear . . . ) in the embodiments of the presentdisclosure are only used to explain the relative position relationship,the movement condition and the like between components in a specificposture (as shown in the drawings). If the specific posture is changed,the directivity indication also changes accordingly.

In addition, the descriptions related to “first”, “second” and the likein the present disclosure are merely for the purpose of description andcannot be understood as indicating or implying the relative importancethereof or implicitly indicating the number of the indicated technicalfeatures. Therefore, the features defined with “first” and “second” canexplicitly or implicitly include at least one of the features. Inaddition, the technical solutions between the each embodiment can becombined with each other, but they must be on the basis that thoseskilled in the art can achieve it. When the combinations of thetechnical solutions appear contradictory or cannot be achieved, itshould be considered that the combination of the technical solutionsdoes not exist and does not within the scope of the protection claimedby the present disclosure.

The First Embodiment

The first embodiment of the present disclosure provides amultifunctional socket.

Please refer to FIG. 1, in the first embodiment of the presentdisclosure, the multifunctional socket includes a main socket module 5connected to an external power supply and at least two functional devicemodules. The functional device modules and the main socket module 5 areassembled in a stacked manner. At least one of the functional devicemodules is detachably connected to the main socket module 5. Adjacentfunctional device modules are detachably connected. At least one of thefunctional device modules and main socket module 5 are electricallyconnected through a connector 6. The adjacent functional device modulesare electrically connected through a connector.

The connector 6 can be a pin connector or a USB and the like. In thisimplementation manner, the connector 6 is a pin connector (POGOPin). Thepin connector (POGOPin) is a spring probe formed through the three basiccomponents a pin shaft, a spring, and a pin tube after being riveted andpressed by a precise instrument. The pin connector (POGOPin) has aprecise spring structure inside. The pin connector (POGOPin) contactswith a copper wall through the pin to achieve energization orconduction.

In the technical solutions of the present disclosure, the adjacentfunctional device modules are detachably connected and the functionaldevice modules are detachably connected to the main socket module 5. Themain socket module 5 or the functional device module is electricallyconductive through a pin connector 6 (POGOPin). Where the pin connector6 (POGOPin) has a slot and a pin, the slot may be arranged on onefunctional device module, and the pin may be arranged on the otherfunctional device module, when the pin and the slot are connected, thepin and the copper wall of the slot contact with each other and thusachieving energization or conduction, such that the two functionaldevice modules are integrated into a single device; further, thefunctional device module and the main socket module 5 are arranged in astacked structure of building blocks, and at least one module can besuperimposed on any combination of the original modules to achieve anycombination and superposition, where the at least one module may includeone or more of the following modules: a router module, a Bluetoothspeaker module, a lighting module, an air purifying module, a cameramodule, a radio module, a multimedia playing module, and the like. Theusers can use one of the modules independently or use themultifunctional socket of the present disclosure in a solution of a DIYcombination according to their own needs.

Optionally, a slot and a pin of a pin connector (POGOPin) arerespectively located on axial centers of the main socket module 5 andthe functional device module. For example, the pin of the pin connector(POGOPin) is located at an axial center of the main socket module 5, andthe slot of the pin connector (POGOPin) is located at an axial center ofthe functional device module.

Optionally, the pin connector (POGOPin) has the force of magneticattraction. The pin of the pin connector (POGOPin) is located at theaxial center of the main socket module 5 and the slot of the POGOPin islocated at the axial center of the functional device module. The mainsocket module 5 is connected to the functional device module or the atleast two functional device modules are connected to each other, withthe axis positions being magnetically attracted. As the magneticattraction can provide an effective and easy connection between themodules, modules with different functions may be added onto the mainsocket module or the functional device module conveniently, therefore,the function of the main socket module can thereby be expandedconveniently. In addition, the respective functional device modules, andthe respective functional device modules and the main socket module 5are connected in terms of structure through magnetic attraction, andthey can also be connected in terms of structure by means of clamping,plugging, screwing, and the like. Optionally, the respective functionaldevice modules, and the respective functional device modules and themain socket module 5 are electrically connected through metal componentsinstead of the pin connector, thus the metal components for electricalconnection and structural connectors is integrated together. Forexample, the respective functional device modules, and the respectivefunctional device modules and the main socket module 5 are connectedthrough thread, such that the electrical connection and the structurallyfixed connection can be simultaneously achieved through the thread.

Optionally, the side wall of the main socket module 5 is provided with awireless connection starting button 51, a plurality of USB interfaces52, and a plurality of power supply jacks 53.

In the embodiment, the main socket module 5 at least has a jack powersupply function, a wireless connection function and a USB powersupply/charging function, and the three functions are integrated. Thepower supply jacks 53 have two hole type and three hole type and theyelectrically deliver electricity to household appliances. The mainsocket module 5 has a wireless module inside, the wireless module isconnected to the wireless connection starting button 51, and remotelycontrols the functional device modules by connecting to a smart phone ora tablet computer via home or other WIFI networks under the condition ofnetworking; a plurality of USB interfaces 52 and USB data cables can bedirectly inserted into the USB interfaces 52 to achieve powersupply/charging function.

Optionally, the functional device module includes a router module 4, aBluetooth speaker module 3, a lighting module 2, and a wireless chargingmodule 1. The wireless charging module 1 is located on the top of themultifunctional socket, and the main socket module 5 is located at thebottom of the multifunctional socket.

In the embodiment, one of the functional device modules has one or morefunctions such as a router, a Bluetooth speaker, an illumination, awireless charging and the like, and each of the functional devicemodules has a different function. Where the wireless charging module 1is located on the top of the multifunctional socket, a product such as aphone and the like which needs to be charged needs to be placed on asurface of the wireless charging module 1. The user can choose thefunctional module/modules for use according to their own needs.

Optionally, one of the functional device modules is connected to themain socket module 5 through magnetic attraction instead of beingconnected thereto through the pin connector, or through magneticattraction and the pin connector, similarly, the adjacent functionaldevice modules may also be connected through magnetic attraction insteadof being connected thereto through the pin connector, or throughmagnetic attraction and the pin connector.

In the embodiment, the interconnection surfaces of the adjacentfunctional device modules (a lower surface of the functional devicemodule arranged above and an upper surface of the functional devicemodule arranged below) may be formed of magnetic attracting materials,thereby the adjacent functional device modules can attract to eachother, similarly, the interconnection surfaces of the functional devicemodule and the main socket module 5 may also be formed of magneticattracting materials, the functional device module and the main socketmodule 5 can also attract to each other, thereby increasing thestability of the multifunctional socket. Obviously, the design is notlimited to this, but can also be to respectively provide insert legs andjacks on the two interconnected surfaces to achieve the matchingconnection, thereby increasing the stability of the interconnection aswell.

Optionally, the lighting module 2 includes a lamp body 22 and atransparent cover 21 covering the lamp body 22.

The lighting module 2 is a night lamp. Obviously, the design is notlimited to this, and may also be a desk lamp or an indicator lamp. Inthe embodiment, the lighting module 2 is divided into a lamp body 22 anda transparent cover 21. A cover side of the transparent cover 21 isbuckled to a side wall of the lamp body 22, and the light source emitsfrom the lamp body 22.

Optionally, the wireless charging module 1 includes a wireless chargingbase 12 and a wireless charging silicon pad 11.

In the embodiment, the wireless charging module 1 and the wirelesscharging base 12 adopt a wireless charging technology and utilize analternating current of a transmitting coil in the wireless charging base12 to generate magnetic resonance, so as to transmit electrical energiesin an electric field and a magnetic field between the wireless chargingbase 12 and the device. The wireless charging silicon pad 11 is locatedon a top surface of the wireless charging base 12. The device pad on thewireless charging silicon pad 11 can resist shock, slip, pressure andantistatic. The wireless charging silicon pad 11 also has theheat-resistance effect.

In order to ensure the stability of the combination of the at least twofunctional device modules, in the implementation manner, themultifunctional socket further includes a base, and at least one of themain socket module and/or the functional device modules is connected tothe base. And the base can also be connected to an external power supplyto charge and supply power to the multifunctional socket.

The Second Embodiment

The second embodiment of the present disclosure provides amultifunctional socket.

Please refer to FIGS. 2 to 6, in the second embodiment of the presentdisclosure, the multifunctional socket includes a main socket module 5and at least two functional device modules. The functional devicemodules and the main socket module 5 are combined in any fashion. Atleast one of the functional device modules is detachably connected tothe main socket module 5. Adjacent functional device modules aredetachably connected. At least one of the functional device modules andmain socket module 5 are electrically conductive. Adjacent functionaldevice modules are electrically conductive.

In the multifunctional socket of the second embodiment, one of thefunctional device modules and the main socket module 5 are electricallyconnected through the connector 6, and the adjacent functional devicemodules are also electrically connected through the connector.

The above connector 6 can be a pin connector or a USB and the like. Inthis implementation manner, the connector 6 is a pin connector(POGOPin). The pin connector (POGOPin) is a spring probe formed throughthe three basic components a pin shaft, a spring, and a pin tube afterbeing riveted and pressed by a precise instrument. The pin connector(POGOPin) has a precise spring structure inside. The pin connector(POGOPin) contacts with a copper wall through the pin to achieveenergization or conduction.

In the technical solutions of the present disclosure, the adjacentfunctional device modules are detachably connected and the functionaldevice modules are detachably connected to the main socket module 5. Themain socket module 5 or the functional device module is electricallyconductive through a pin connector 6 (POGOPin). Where the pin connector6 (POGOPin) has a slot and a pin, the slot may be arranged on onefunctional device module, and the pin may be arranged on the otherfunctional device module, when the pin and the slot are connected, thepin and the copper wall of the slot contact with each other and thusachieving energization or conduction, such that the two functionaldevice modules are integrated into a single device.

It can be understood that the functional device module and the mainsocket module 5 can be arranged in a stacked structure of blocks, or canbe arranged in parallel tile, or can also be arranged in any othercombination except the stacked arrangement and the tiled arrangement.The users can use one of the modules independently or use themultifunctional socket of the present disclosure in a solution of a DIYcombination according to their own needs.

In other embodiments which are not shown, the main socket module 5 andthe functional device modules are all provided with USB interfaces. Atleast one of the functional device modules and the main socket module 5are electrically conductive through a USB data cable. The adjacentfunctional device modules are also electrically conductive through a USBdata cable. By virtue of the USB data cable connection, the situation offace to face contact between the main socket module 5 and the functionaldevice module and between the adjacent functional device modules isavoided. Users can autonomously arrange according to the usageenvironment of the multifunctional socket of the present disclosure.

In the second embodiment, at least one of the functional device modulesmay be connected to the main socket module 5 through magnetic attractioninstead of being connected thereto through the pin connector, or throughmagnetic attraction and the pin connector, similarly, the adjacentfunctional device modules may also be connected through magneticattraction instead of being connected thereto through the pin connector,or through magnetic attraction and the pin connector.

In the embodiment, the interconnection surfaces of the adjacentfunctional device modules (a lower surface of the functional devicemodule arranged above and an upper surface of the functional devicemodule arranged below) may be formed of magnetic attracting materials,thereby the adjacent functional device modules can attract to eachother, similarly, the interconnection surfaces of the functional devicemodule and the main socket module 5 may also be formed of magneticattracting materials, the functional device module and the main socketmodule 5 can also attract to each other, thereby increasing thestability of the multifunctional socket. Obviously, the design is notlimited to this, but can also be to respectively provide insert legs andjacks on the two interconnected surfaces to achieve the matchingconnection, thereby increasing the stability of the interconnection aswell.

Please refer to FIGS. 2 to 6, in the embodiment, the functional devicemodule includes a router module 4, a Bluetooth speaker module 3, alighting module 2, and a wireless charging module 1. It can beunderstood that, in other implementations, the functional device modulesfurther include one or more of the following modules: an air purifyingmodule, a camera module, a radio module, a multimedia playing module,and the like, so as to achieve the multifunctional socket with multiplefunctions of the present disclosure.

In the embodiment, a wireless module is provided in the main socketmodule 5 and/or at least one of the functional device modules, users canconnect the module with wireless module to a mobile terminal such as asmart phone or a tablet by using a home or other WIFI network, toremotely control the module with wireless module under the condition ofnetworking. The wireless module is selected from at least one of a WIFImodule, a Bluetooth module, an infrared module, a 4G module, and thelike. Further, each of the main socket module 5 and/or the at least onefunctional device module is provided with a separate rechargeablebattery and a charging port for charging the rechargeable battery, atthe same time, the charging port can also supply power to each of thefunctional device modules and the main socket module 5. The main socketmodule 5 and each of the functional device modules can be independentlycharged with the charging port being connected to an external powersupply, and the rechargeable battery provided in the main socket module5 can also be configured to charge or directly supply power to thefunctional device module, moreover, the adjacent functional devicemodules can be mutually charged or power can be directly suppliedthereto. The main socket module 5 is also provided with one or morepower supply ports for supplying power to other electric devices.

The wireless charging module 1 is configured to charge a device thatneeds to be charged, such as a mobile phone. In the embodiment, take amobile phone as the charging device for example. The wireless chargingmodule 1 includes a wireless charging base 12, and the wireless chargingbase 12 adopts a wireless charging technology and utilizes analternating current of a transmitting coil in the wireless charging base12 to generate magnetic resonance, so as to transmit electrical energiesin an electric field and a magnetic field between the wireless chargingbase 12 and the device.

In the first embodiment, a charging device such as a mobile phone isplaced on the top of the wireless charging module 1 for charging. Pleaserefer to FIG. 4, in the second embodiment, in addition to the wirelesscharging structure provided in the above first embodiment, that is, thedevice is arranged on the top of the wireless charging module 1 forcharging. It also provides three other charging structures, all of whichcan achieve the function that the wireless charging module 1 charges thedevice.

Structure 1: please refer to FIG. 2 and FIG. 5, the top or theperipheral side of the wireless charging module is provided with a slot13, and the wireless charging base (not shown) is arranged in the slot13. The exterior of the wireless charging module 1 corresponding to awireless charging base is provided with a visual window 14. The user caninsert the mobile phone into the slot 13 for charging. At the same time,the screen of the mobile phone corresponds to the visual window 14,thereby facilitating the user to control or check the mobile phonescreen through the visual window 14. Optionally, a wireless chargingsilicon pad (not shown) is also arranged at the bottom of the slot 13 toplay an antiskid role on the mobile phone and prevent it from slippingoff.

Structure 2: please refer to FIG. 3 and FIG. 6, the peripheral side ofthe wireless charging module 1 is provided with a slide rail (notshown). A storage member 15 is slidably arranged on the slide rail, andthe storage member 15 can slide along the slide rail and received in thewireless charging module 1. The storage member 15 is provided with astorage compartment 16 for placing a mobile phone. When the bottom ofthe storage compartment 6 is provided with a wireless charging base (notshown) for charging, the mobile phone is placed in the storagecompartment 16, and then the storage member 15 slides into the wirelesscharging module 1. The phone is charged under the effect of the wirelesscharging base.

Structure 3: a wireless charging base (not shown) is arranged in thewireless charging module 1. A magnetic member is arranged on theperipheral side of the wireless charging module 1. The mobile phone isdirectly adsorbed on the peripheral side of the wireless charging module1 under the magnetic force of the magnetic member, so as to be chargedunder the effect of the wireless charging base.

It can be understood that the above wireless charging structure of thewireless charging module 1 is applicable no matter whether thefunctional device module and the main socket module 5 are arranged in astacked manner, or in a tile manner, or in any other combination exceptthe stacked arrangement and the tiled arrangement. Please refer to FIGS.2 to 6 for details. In addition, as for the embodiments of the presentdisclosure, the multifunctional socket of the present disclosure enablesat least two functional device modules to be integrated in a singledevice. Users can use them independently or in any combination to meettheir needs. The above are only the preferred embodiments of the presentdisclosure, and do not limit the scope of the patent of the presentdisclosure patent. All the equivalent structures alternately madethrough using the description and drawing contents under the inventiveconcept of the present disclosure, or those made directly or indirectlyusing the technical solutions in other related technical fields areincluded in the protection scope of the patent of the present disclosurepatent.

What is claimed is:
 1. A multifunctional socket, comprising: a mainsocket module configured to connect to an external power supply, and atleast two functional device modules; wherein the main socket module andthe functional device modules are assembled in a stacked manner, thefunctional device module at the bottommost is detachably connected tothe main socket module, the adjacent functional device modules aredetachably connected with each other, a lower surface of each functionaldevice module is a first surface, each one of the first surfaces ismatched with a second surface formed by an upper surface of thecorresponding functional device module or an upper surface of the mainsocket module, a center portion of each first surface is provided with apin, a center portion of each second surface is provided with a slot, anelectrical connection between the functional device module at thebottommost and the main socket module and an electrical connectionbetween the adjacent functional device modules are achieved bycorrespond pins and slots.
 2. The multifunctional socket according toclaim 1, wherein each pin comprises a pin shaft, a spring and a pintube, and each slot has a copper wall.
 3. The multifunctional socketaccording to claim 1, wherein the first surfaces and the second surfacesare square shapes.
 4. The multifunctional socket according to claim 1,wherein each first surface defines a groove, the pins are located in thecorresponding grooves.
 5. The multifunctional socket according to claim1, wherein the functional device module at the bottommost is connectedto the main socket module through magnetic attraction, and the adjacentfunctional device modules are connected with each other through magneticattraction.
 6. The multifunctional socket according to claim 5, whereinthe first surfaces and the second surfaces are formed of magneticattracting materials.
 7. The multifunctional socket according to claim1, wherein the main socket module and/or the at least one of thefunctional device modules are provided with an independent rechargeablebattery and a charging port.
 8. The multifunctional socket according toclaim 1, wherein the main socket module and/or the at least one of thefunctional device modules are provided with a wireless module inside. 9.The multifunctional socket according to claim 1, wherein a side wall ofthe main socket module is provided with a wireless connection startingbutton.
 10. The multifunctional socket according to claim 1, wherein aside wall of the main socket module is provide with a plurality of USBinterfaces and a plurality of power supply jacks.
 11. Themultifunctional socket according to claim 1, wherein the functionaldevice modules comprise at least two of a router module, a Bluetoothspeaker module, a lighting module, a wireless charging module, an airpurifying module, a camera module, a radio module, and a multimediaplaying module.
 12. The multifunctional socket according to claim 1,wherein the functional device modules comprise a wireless chargingmodule, the wireless charging module is located on the top of themultifunctional socket, and the main socket module is located at thebottom of the multifunctional socket.
 13. The multifunctional socketaccording to claim 12, wherein the wireless charging module comprises awireless charging base and a wireless charging silicon pad located on anupper surface of the wireless charging base.
 14. The multifunctionalsocket according to claim 12, wherein a side of the wireless chargingmodule is provided with a slide rail, a storage member is slidablyarranged on the slide rail, the storage member is provided with astorage compartment, and a wireless charging base is arranged on abottom surface of the storage compartment.
 15. The multifunctionalsocket according to claim 12, wherein the wireless charging module isprovided with a magnetic member.
 16. The multifunctional socketaccording to claim 12, wherein an upper surface of the wireless chargingmodule is provided with an arrangement slot, and a wireless chargingbase is arranged in the slot.
 17. The multifunctional socket accordingto claim 1, wherein the functional device modules comprises a lightingmodule, the lighting module comprises a lamp body and a transparentcover covering the lamp body.
 18. The multifunctional socket accordingto claim 1, further comprising a base, wherein the main socket module isdetachably connected to the base.